product description

CMI153 is small, compact, sturdy, and versatile. It can be operated with one hand and comes with a belt clamp? Designed to be portable and durable, enabling it to function properly under harsh conditions. No training is required for operators to operate, as CMI153 has a one click operation function that does not require calibration or resetting for the next measurement. The instrument has been calibrated before leaving the factory, and can measure different metal substrates by performing quick substrate calibration and zeroing. CMI153 is not only of high quality, but also cost-effective.

※ Dual function technology feature: automatic selection of coating thickness on steel and non-ferrous metal substrates based on magnetic induction and eddy current measurement technology
※CMI153 is based on the highly successful CMI150 architecture and improves the measurement probe by enhancing operational performance and excellent substrate sensitivity.
※CMI153 is suitable for various configurations and can measure non-conductive coatings on non-ferrous metal substrates and non-magnetic coatings on steel substrates.

Provide ideal solutions for the following industries:

※Magnetic induction technology is used to measure non-magnetic coatings on steel substrates, such as zinc, cadmium, paint, coatings, etc

Automatically select based on the substrateEddy current or magnetic induction technology advancesLine measurement

The instrument is small, compact, sturdy, durable, and versatilePan, can be operated with one hand and equipped with a belt clamp, thisDesigned to be portable and durable, enabling it to withstand harsh conditionsUnder normal use.

No need to instruct the operatorTraining is sufficient for operation, becauseCMI153haveOne click operation function, no calibration required, no needReset to proceed with the next measurement.

The instrument has been calibrated before leaving the factory and only needs to be testedQuick matrix calibration zeroing can measure differentMetal substrate.

CMI153Not only is the product of high quality, but it is also economicalAffordable.

technical specifications

Magnetic induction: Complies with ASTM B499 and B530 Measurement methods for parts 9 and 11 of DIN50981, ISO 2178, and BS 5411 standards Eddy current: Complies with ASTM B244 and B529 Measurement methods for DIN 50984, ISO 2360, and BS 5411 standards Part 3 The calibration has been completed before leaving the factory, and only a quick substrate calibration to zero is needed to measure the coating thickness on different metal substrates Measurement range: Steel substrate using magnetic induction technology: 0.001-2.04mm (0.1-80mils) Nonferrous metal substrate adopts eddy current technology: 0.001-1.52mm (0.1-60mils) Steel and non-ferrous metal substrate * small thickness: 305μm, 12mils accuracy: ± (2 μ m+3% reading) or ± (0.1 miles+3% reading)Number) Accuracy: The steel substrate adopts magnetic induction technology: σ=1 μ m (0.04 mil) using a plastic standard sheet with a thickness of 75 μ m (2.95 mil) The non-ferrous metal substrate adopts eddy current technology: using a plastic standard sheet with a thickness of 75 μ m (2.95mils) and a thickness of σ=1 μ m (0.04mils) Size: 3.75 "x2" x1 ", 9.53cm x5.08cm x2.52cm Weight: 2.5 oz (71 g) Unit: One click automatic conversion between imperial and metric units Battery: 2xAA, automatic on/off to extend battery life The configuration of CMI153 coating thickness gauge includes: CMI153 host, verification standard film, standard film group leather cover, simple instrument operation card, portable leather cover, equipped with belt clip According to the substrate, eddy current or magnetic induction technology can be automatically selected for measurement

About Us/Avout Us

Duzhi Instrument (Shanghai) Co., Ltduse“High quality achievement value——Focus On Better Quality”With the aim of focusing on the research, introduction, and promotion of metrological testing and material analysis equipment, the company leverages its deep engineering and technical background and efficient resource integration to significantly improve efficiency and reliability in various aspects such as original design, development cycle, product quality, and in-service testing.